摘要
研究了采用氧化吸收方法处理含硫化氢气体回收硫磺，同时利用电解再生反应制取氢气的新型电解工艺。用陶瓷隔膜代替离子交换膜，提高了隔膜的使用寿命；提出了控制电解程度的一体式电解槽结构，实验研究了不同条件下阴极和阳极的电流效率，并对实验结果进行了分析，为工业化设计提供了依据。
A new method removing H 2S by oxidized absorbtion to elemental sulfur and producing H 2 by electrolysed regenerating Fe 3+ was studied. In order to prolong the action cycle of membrane the ion-exchange membrane is replaced by ceramic membrane, and the electricity efficiency of anode and cathode are studied. One-united structure of electrolyze cell has been proposed, the efficiency of the cell are studied also.
出处
《抚顺石油学院学报》
1998年第4期9-12,19,共5页
Journal of Fushun Petroleum Institute
关键词
脱硫化氢
制氢
铁盐
铁离子
电化学氧化法
Removing hydrogen sulfide
Producing hydrogen
Electrolysis
Membrane
